(1+4) x (2 x 3)
Using traditional shape affixes for 1000, 200, 30, and 4-sided shapes, a 1234-sided polygon might be called a Chiliadihectatriacontatetragon - chilia- referring to one-thousand, di- referring to two, hecta- referring to hundred, triaconta- referring to 30, and tetra- referring to 4. However, in practical use, it is less confusing and more universal to use the term 1234-gon.
1234*1234 = 1522756 The pattern is: 1000*1000 +200*200 +30*30 +4*4 +2*1000*200 +2*1000*30 +2*1000*4 +2*200*30 +2*200*4 +2*30*4
Yuo can make only one combination of 30 digits using 30 digits.
There can be only 1 LCM of a set of number and, in this case, it is 30.
No
30 times 1234 = 37020, 5 times 1234 = 6170, add thes.e and you get 43190
1,234 / 100 * 30 = 370.2
20.5667
Using traditional shape affixes for 1000, 200, 30, and 4-sided shapes, a 1234-sided polygon might be called a Chiliadihectatriacontatetragon - chilia- referring to one-thousand, di- referring to two, hecta- referring to hundred, triaconta- referring to 30, and tetra- referring to 4. However, in practical use, it is less confusing and more universal to use the term 1234-gon.
1234*1234 = 1522756 The pattern is: 1000*1000 +200*200 +30*30 +4*4 +2*1000*200 +2*1000*30 +2*1000*4 +2*200*30 +2*200*4 +2*30*4
You can get approximately 57 scoops from a quart using a #30 scoop.
Yuo can make only one combination of 30 digits using 30 digits.
(10 + 10 + 10) / 10 = 30 / 10 = 3 / 1 = 3
(1+9)x3 -8 = 22 1+9 = 10 x 3 = 30 -8 = 22
To find the number of ways to make 30 cents using only pennies, nickels, and dimes, we can use a combinatorial approach. We can represent the total amount in terms of the number of each coin type. For instance, let ( p ) be the number of pennies, ( n ) the number of nickels, and ( d ) the number of dimes, leading to the equation ( p + 5n + 10d = 30 ). By calculating the different combinations for values of ( d ) (0 to 3) and adjusting ( n ) and ( p ) accordingly, we find there are 19 distinct combinations to make 30 cents.
The only square number between 20 and 30 is 25.
The only prime number between 25 and 30 is 29.